Explore Android's architecture and multimedia frameworks—from system layers and the Linux kernel to media playback, capture, optimization, and advanced multimedia techniques.
By Board Infinity · Offered on Coursera
Layers and components, the Linux kernel, Android Runtime and system services
Playback and capture - MediaPlayer, ExoPlayer, Camera2 and MediaRecorder
12 assignments across the four modules, then a shareable certificate
An intermediate course on how Android is put together - and on the multimedia frameworks that sit on top of it.
Android Architecture/Multimedia Framework is an in-depth exploration of Android's architectural components and its multimedia frameworks. It starts with the operating system itself - the layers and components of Android, the role of the Linux kernel, Android Runtime and the libraries - and then works up through the application framework, application architecture and the key system services the application layer talks to.
From there the course moves into media. You cover media playback and capture, multimedia data processing, MediaPlayer and ExoPlayer, synchronising audio and video, and customising playback with MediaSession - then advanced capture with the Camera2 API and MediaRecorder, media effects, transcoding and editing, and rich media notifications.
The final module is about making all of it hold up: efficient playback and battery conservation, adaptive streaming and content delivery, media formats and codecs, debugging multimedia applications, Android's Neural Networks API and where the framework is heading next.
This is an intermediate course. The recommended experience is basic knowledge of Android Development - prior Android-development knowledge can be beneficial, and basic programming concepts would be helpful.
You ship features against the SDK. This is the layer below: how the kernel, runtime, libraries and framework fit together, and where your code actually sits.
Playback, capture, codecs and effects - how Android records, plays, transcodes and streams, and which API is the right one for each job.
You work near Android without writing it every day. The architecture modules give you the vocabulary and the map of the system.
You have the basics and want depth rather than another tour of the SDK. Recommended experience: basic knowledge of Android Development.
These are the outcomes Coursera lists for this course, mapped to the modules that deliver them.
Delve into Android's intricate architecture, understanding its layers, components, and the pivotal role of the Linux kernel.
Master Android's multimedia frameworks, from media playback and capture to advanced audio and video techniques for captivating user experiences.
Harness the power of the Camera2 API, MediaRecorder, and advanced multimedia customization techniques to create rich media applications.
Optimize multimedia applications for performance, battery efficiency, and explore the latest trends and future possibilities in Android multimedia.
Board Infinity 1:1 coaching is a separate, optional add-on to the course: a practitioner works through the material alongside you and reviews what you build.
Book a demo session60-minute demo session · 100% refundable · no obligation to continue
Kernel, runtime, libraries and framework - mapped against the app you actually work on.
Your capture and playback code read line by line, not just run.
Battery, buffering and adaptive streaming looked at against your own traces.
Which Android path fits you - platform, media engineering or performance - and what to learn next.
Every lesson, reading and assignment in the course, exactly as Coursera lists it. Four modules of about 3 hours each; the course metadata is 1 week at 10 hours a week, fully self-paced.
Module durations, lesson titles and assignment names are as published on the Coursera course page, and may be updated there by the instructor.
The tools and skills Coursera lists for this course, grouped the way the material splits.
The kernel Android is built on. Module 1 covers its role in the stack - drivers, processes and the foundation the runtime sits on.
The libraries and services between the kernel and your app - including the media frameworks that modules 2 and 3 are built around.
Framework components, application architecture and the system services the application layer talks to - the core of module 1.
The subject of the course end to end: its layers, runtime, framework, media stack and the optimization work in module 4.
The six skills Coursera lists for this course, grouped by the part of the stack they belong to.
Building on the platform itself.
How the system is put together, and how it holds up.
What the multimedia modules leave you able to do.
Complete the graded work and you earn a shareable certificate through Coursera, which you can add to your LinkedIn profile in one click.
Issued on completion of the graded assignments across the four modules. Enrollment, grading and certification all happen on Coursera.
It goes under Licenses & Certifications on LinkedIn, where recruiters look.
Share the certificate link with anyone who asks to see it.
Twelve assignments across the four modules, including a graded quiz per module.
Board Infinity as the provider, Coursera as the platform it is hosted on.
These are realistic applications of what the course covers. They are areas the skills apply to - not job offers, salary outcomes or placements.
Working with a clearer picture of the layers your code runs on - the kernel, the runtime, the libraries and the framework components underneath the SDK.
Reasoning about application architecture and the system services it depends on, rather than treating the platform as a black box.
Building features around capture and playback: Camera2, MediaRecorder, media effects, transcoding, editing and rich media notifications.
Choosing between MediaPlayer and ExoPlayer, synchronising audio and video, and customising playback behaviour with MediaSession.
Adaptive streaming, content delivery optimization, and handling the range of media formats and codecs Android supports.
Efficient media playback, battery conservation and debugging multimedia applications when they misbehave in the field.
This is not a comparison with other courses. It is a comparison between where the recommended prerequisite leaves you - basic knowledge of Android Development - and what this course covers on top of it. Both columns describe knowledge, not products.
Possible directions for the skills in this course. These are areas of work, not guaranteed job outcomes.
Writing Android apps with a working model of the layers underneath them - framework components, system services and the runtime.
Applications built around media: capture with Camera2 and MediaRecorder, playback, effects, transcoding and editing.
Working closer to the media stack itself - formats, codecs, synchronisation and the frameworks that move media through the system.
Efficient playback, battery conservation and debugging - the work that decides whether a media feature is usable in the field.
Adaptive streaming and content delivery optimization for applications that play media over a network.
Application architecture decisions informed by how Android itself is structured, from the kernel up to the application layer.
Board Infinity runs 270+ courses and 57+ specializations on Coursera - browse the full catalogue.
Everything learners ask before enrolling, answered from the Coursera course page.
It is an in-depth exploration of Android's architectural components and multimedia frameworks. You cover the Android operating system's layers and components, the role of the Linux kernel, Android Runtime and the libraries, the application framework, application architecture and key system services - then media playback and capture, MediaPlayer, ExoPlayer, MediaSession, the Camera2 API, MediaRecorder, media effects, transcoding and editing, rich media notifications, multimedia optimization, battery conservation, adaptive streaming, media formats and codecs, debugging, Android's Neural Networks API and future trends in Android multimedia.
Software developers, mobile app enthusiasts, tech professionals interested in Android's inner workings, and learners passionate about Android development. It is an intermediate course, so it assumes you already have basic Android-development knowledge rather than starting from zero.
The recommended experience is basic knowledge of Android Development. Coursera's page notes that prior Android-development knowledge can be beneficial, while basic programming concepts would be helpful. The course is listed at intermediate level.
Module 1, Android Architecture Overview, covers the Android OS as layers and components, the role of the Linux kernel, Android Runtime (ART) and the libraries, then the Android framework components, a deep dive into Android application architecture, and the key system services and how they interact with the application layer. It runs to 10 videos, 3 readings, 3 assignments and 1 plugin, at about 3 hours.
Module 2, Introduction to Android Multimedia Framework, covers Android's multimedia capabilities, media playback and capture, multimedia data processing in Android, Android's MediaPlayer and ExoPlayer, synchronizing audio and video playback, and customizing playback using MediaSession. It runs to 9 videos, 2 readings and 3 assignments, at about 3 hours.
Module 3 covers the Camera2 API for advanced photography, video recording and customization with MediaRecorder, an introduction to media effects, media transcoding and editing, and rich media notifications in Android. It runs to 7 videos, 2 readings and 3 assignments, at about 3 hours.
Module 4 covers efficient media playback and battery conservation, adaptive streaming and content delivery optimization, handling various media formats and codecs, debugging multimedia applications, Android's Neural Networks API for multimedia, and future trends in the Android multimedia framework. It runs to 8 videos, 3 readings and 3 assignments, at about 3 hours.
Coursera's course metadata lists this course as 1 week at 10 hours a week, across 4 modules - that is the figure used throughout this page. Separately, Coursera's own FAQ estimates that the course takes approximately 15 hours to complete, including lectures, hands-on exercises and projects, and notes that the actual time can vary depending on your pace and prior experience. Both numbers come from the same course page; they are reported here as published rather than reconciled.
Yes. The course has a flexible schedule and you learn at your own pace. Deadlines on Coursera reset around your own timetable, so evenings and weekends work fine.
Access to lectures and assignments depends on the type of enrollment you choose on Coursera. If you take the course in audit mode, you may be able to view most course materials for free but not access graded assignments. Purchasing the Certificate experience, during or after your audit, gives you access to the graded assignments and to the certificate on completion.
You get access to all course materials, including the graded assignments, and on completion you earn a shareable certificate that can be added to your LinkedIn profile.
Coursera offers financial aid to learners who cannot afford the fee. Apply using the financial aid link on the course page on Coursera; applications are reviewed by Coursera.
This is Board Infinity's own overview of the course. Enrollment, payment, video lessons, grading and the certificate all happen on Coursera, where the course is hosted.
Board Infinity 1:1 coaching is an optional add-on that pairs you with a practitioner while you take the course.
Enrollment, lessons, grading and the certificate all happen on Coursera.
Enroll on Coursera4 modules · 1 week at 10 hours a week · intermediate · shareable certificate
Enter your email and the PDF downloads immediately. Inside:
If it didn't start automatically, grab it here.
Board-Infinity-Android-Architecture-Multimedia-Framework-Syllabus.pdf